During the project, the ultrafast laser processing methods actively developing at the HiLASE Centre were employed for the implementation of the planned objectives aiming their long-term goals of the development of novel techniques of non-invasive diagnostic and therapy of the human health that significantly affects social and economic aspects considering in more details in the Technical Part of the report. Briefly, ultrafast laser ablation was employed to synthesize novel type of multicomponent nanoparticles consisting of several semiconductor and metallic elements in form of one nanoparticle able to solve a required specific task simultaneously accompanied with low toxic effects due to the use of high chemical purity of used materials and methods. Moreover, the same laser sources able to generate the irradiation in the MID-IR spectral range with variable energy doses were also employed for the attempts of the mild modifications of different artificial biosamples being parts of a human body in order to develop methods of their non-invasive treatment in real conditions without any traditional surgery increasing the recovery time of patients. The dissemination of the performed during the Project research activities and obtained results were realised during the international scientific conferences, specially organized seminars where the researcher was invited, as well as using internet (e.g. ResearchGate, LinkedIn, YouTube, FaceBook etc.). Moreover, the PR team of the HiLASE Centre always supports the dissemination of the obtained scientific achievements in order to increase their visibility in the scientific world.
